Keywords: طیف سنج الکترونی; Graphene; Self-aligned nanoribbons; Cubic-SiC; 3C-SiC/Si wafers; Synthesis; Nanodomain boundaries; Electronic transport; Graphene-based electronics; Silicon technology; Electron spectroscopy; Scanning tunneling microscopy; Low energy electron microscopy;
مقالات ISI طیف سنج الکترونی (ترجمه نشده)
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Keywords: طیف سنج الکترونی; Photon; Atom; Collision; Electron spectroscopy; Photoelectron
Keywords: طیف سنج الکترونی; Electron spectroscopy; Multilayer systems; Electron reflection; Transport equations; Small-angle approximation; REELS;
Keywords: طیف سنج الکترونی; Nanoparticles; Auger electron spectroscopy; X-ray photoelectron spectroscopy; Electron spectroscopy; Quantitative analysis; Particle size;
Keywords: طیف سنج الکترونی; Analyzer; Electrostatic spectrograph; Homogeneous structure; Electron spectroscopy; Logarithmical singularity
Keywords: طیف سنج الکترونی; Graphene oxide; Graphene; Electron spectroscopy; Conductivity;
Keywords: طیف سنج الکترونی; Workfunction; Electron spectroscopy; Heterogeneous surfaces; UV-photoelectron spectroscopy;
Keywords: طیف سنج الکترونی; Nanostructures; Thin films; Chemical synthesis; Electron spectroscopy; X-ray diffraction; Optical properties;
Keywords: طیف سنج الکترونی; Electron rescattering; Intense laser; Differential cross section; Electron-ion collision; Electron spectroscopy;
Keywords: طیف سنج الکترونی; Transmission function; Hemispherical analyser (HSA); Electron spectroscopy; XPS; Quantitative interpretation; Surface analysis;
Keywords: طیف سنج الکترونی; Cadmium; Electron spectroscopy; X-ray spectroscopy; Chemical speciation; Hordeum vulgare; Lactuca sativa
Keywords: طیف سنج الکترونی; Nanoparticles; Nanorods; Electron spectroscopy; Hydroxyapatite; Schiff base;
Keywords: طیف سنج الکترونی; Thin-film solar cells; Soft X-ray spectroscopy; Electron spectroscopy; Surfaces and interfaces;
Keywords: طیف سنج الکترونی; Electron scattering; Electron spectroscopy; (e,2e) spectroscopy;
Electron spectroscopy with a commercial 4H-SiC photodiode
Keywords: طیف سنج الکترونی; Photodiode; Silicon carbide; COTS; Commercial off the shelf; Electron spectroscopy;
Capabilities of Angle Resolved Time of Flight electron spectroscopy with the 60° wide angle acceptance lens
Keywords: طیف سنج الکترونی; Artof; Electron spectroscopy; Wide angle; Time of flight; Energy resolution; Synchrotron;
Spin relaxation length for medium energy electrons in Pd and LiF ultrathin films
Keywords: طیف سنج الکترونی; Spin-relaxation; Electron spectroscopy; Mean-free path; Thin films;
Observation of a new B2 structured phase in Ti-15Mo (wt%)
Keywords: طیف سنج الکترونی; Titanium alloys; Phase transformation; Transmission electron microscopy; STEM HAADF; Electron spectroscopy;
The aCORN backscatter-suppressed beta spectrometer
Keywords: طیف سنج الکترونی; Electron spectroscopy; Scintillation detectors; Conversion electrons; Neutron decay; Electron backscatter;
Instrumental function of the SPECS XPS system
Keywords: طیف سنج الکترونی; XPS; Electron spectroscopy; Instrumental function; Energy resolution; Deconvolution; Valence band maximum;
Multi-electron coincidence spectroscopy: Triple Auger decay of Ar 2p and 2s holes
Keywords: طیف سنج الکترونی; Multiple-ionization; Auger process; Coincidence; Electron spectroscopy;
Hybridization-induced charge rebalancing at the weakly interactive C60/Fe3O4(001) spinterface
Keywords: طیف سنج الکترونی; Spintronics; Magnetic ultrathin films; Electron spectroscopy; Organic–inorganic interfaces; Magnetite; Organic semiconductors
A merged-beam setup at SOLEIL dedicated to photoelectron-photoion coincidence studies on ionic species
Keywords: طیف سنج الکترونی; Photoionization; Ions; Synchrotron radiation; Merged beam; Electron spectroscopy;
Determination of absolute internal conversion coefficients using the SAGE spectrometer
Keywords: طیف سنج الکترونی; Electron spectroscopy; Background subtraction; Energy reconstruction; Internal conversion coefficient; Silicon detector
Characterization of electronic structure of Cu2ZnSn(SxSe1 â x)4 absorber layer and CdS/Cu2ZnSn(SxSe1 â x)4 interfaces by in-situ photoemission and inverse photoemission spectroscopies
Keywords: طیف سنج الکترونی; Copper zinc tin sulfoselenide; Cadmium selenide; Interface; Electronic structure; Electron spectroscopy;
Wet-transfer of CVD-grown graphene onto sulfur-protected W(110)
Keywords: طیف سنج الکترونی; Graphene; Tungsten; Surface passivation; Electron spectroscopy;
Ultrafast molecular dynamics illuminated with synchrotron radiation
Keywords: طیف سنج الکترونی; 31.50.Df; 33.20.Tp; 33.80.âb; 34.50.Gb; Ultrafast; Molecular dynamics; Core excitation; Synchrotron radiation; Electron spectroscopy; Electron-ion coincidence;
Electron spectroscopy of the oxidation and aging of U and Pu
Keywords: طیف سنج الکترونی; Actinides; Electron spectroscopy; X-rays;
Synchrotron radiation: A continuing revolution in X-ray science-Diffraction limited storage rings and beyond
Keywords: طیف سنج الکترونی; Synchrotron radiation; Electron spectroscopy; Diffraction limited storage rings; Accelerator driven light sources;
Investigations of the composition of macro-, micro- and nanoporous silicon surface by ultrasoft X-ray spectroscopy and X-ray photoelectron spectroscopy
Keywords: طیف سنج الکترونی; Porous silicon; Electron spectroscopy; Oxidation.;
Excitation wavelength dependent photoluminescence intensity of six faceted prismatic ZnO microrods
Keywords: طیف سنج الکترونی; Semiconductors; Chemical synthesis; Electron spectroscopy; Luminescence
Electron backscattering on Si(Li) detectors and determination of the transmission curve of a Mini-Orange Spectrometer
Keywords: طیف سنج الکترونی; Mini-Orange Spectrometer; E0 transition; Electron spectroscopy;
Measurement of the background in Auger-photoemission coincidence spectra (APECS) associated with inelastic or multi-electron valence band photoemission processes
Keywords: طیف سنج الکترونی; Electron spectroscopy; Coincidence spectroscopy; Auger photoelectron; Background elimination; Low energy tail (LET);
The full structure of the KLL Auger spectrum of La observed in the radioactive decay of 139Ce in a solid matrix
Keywords: طیف سنج الکترونی; Electron spectroscopy; Auger effect; KLL transitions; Transition energy; 139Ce; 139La;
Experimental KLMÂ +Â KLN Auger spectrum of Cu
Keywords: طیف سنج الکترونی; Electron spectroscopy; Auger spectra; KLM transitions; Transition energy; 65Cu; 65Zn;
Probing surface magnetism by spin-polarized electron spectroscopy: Fe film on W(110)
Keywords: طیف سنج الکترونی; Spin-polarized electrons; Electron spectroscopy; Stoner excitations; Fe films;
Principles and operation of a new type of electron spectrometer - ArTOF
Keywords: طیف سنج الکترونی; ARPES; Time of flight; Synchrotron; Electron spectroscopy;
Detecting indium spectral lines using electron and laser induced breakdown spectroscopy
Keywords: طیف سنج الکترونی; Electron spectroscopy; Laser induced breakdown spectroscopy;
Accurate free atom-solid binding energy shifts for Au and Ag
Keywords: طیف سنج الکترونی; Electron spectroscopy; Binding energies; Core-level shifts; Noble metals;
Time dependent thermal treatment of oxidized MWCNTs studied by the electron and mass spectroscopy methods
Keywords: طیف سنج الکترونی; MWCNTs; Ox-MWCNTs; Functionalization; Functional materials; Reconstruction; Electron spectroscopy; Mass spectroscopy;
A simple CdS nanoparticles cascading approach for boosting N3 dye/ZnO nanoplates DSSCs overall performance
Keywords: طیف سنج الکترونی; Chemical synthesis; Electron spectroscopy; Electrical properties; Surface properties
Formation of GaAs1âxNx nanofilm on GaAs by low energy N2+ implantation
Keywords: طیف سنج الکترونی; 61.72.Vv; 68.55.Nq; 82.80.Pv; GaN; GaAsN; Nitridation; Implantation; Electron spectroscopy; AES; EELS; Chemical composition;
The first observation of all the basic components of the KLL Auger spectrum of Sm generated in the radioactive decay of 147,148,149Eu atoms in a solid state source
Keywords: طیف سنج الکترونی; Electron spectroscopy; Auger effect; KLL transitions; 149Eu; 149Sm;
Searching for influence of the “atomic structure effect” on the KLL and LMM Auger transition energies of Zn (ZÂ =Â 30) and Gd (ZÂ =Â 64)
Keywords: طیف سنج الکترونی; Electron spectroscopy; Auger effect; KLL; KLM; L3MM transitions; Zn; “Atomic structure effect”; Zn; Gd;
Photosensitivity and optical performance of hydrogenated amorphous carbon films processed by picosecond laser beams
Keywords: طیف سنج الکترونی; Amorphous carbon; Laser processing; PECVD; Optical properties; Optical spectroscopy; Electron spectroscopy;
Hydrogenated polycrystalline diamond films: Elastic and inelastic electron reflectivity
Keywords: طیف سنج الکترونی; Hydrogenated diamond; Hydrogenated nanodiamond; Electron spectroscopy; Resonance; Density-of-states; Electron reflectivity; Vibrational excitation; High resolution electron energy loss spectroscopy (HREELS);
Cation–cation interaction in novel Np(V) compound with methylimidazole as a model of histidine side chain
Keywords: طیف سنج الکترونی; Neptunium; Actinides; Transuranium elements; X-ray structure; IR spectroscopy; Electron spectroscopy; Coordination chemistry
Selective vibrational excitation in the resonant Auger decay following core-to-Ïâ transitions in N2O
Keywords: طیف سنج الکترونی; Resonant Auger; Renner-Teller effect; Core excitation; Electron spectroscopy; N2O;
Studies of oxidized carbon nanotubes in temperature range RT–630 °C by the infrared and electron spectroscopies
Keywords: طیف سنج الکترونی; Multiwall carbon nanotubes; Functionalization; Temperature modification; Infrared spectroscopy; Electron spectroscopy
Influence of multiple elastic scattering on the shape of the elastically scattered electron peak
Keywords: طیف سنج الکترونی; 34.80.Bm; 82.80.Yc; Multiple scattering; Electron spectroscopy; Elastically reflected electron peak;